The properties of individual wave groups in space and time utilizing synthetic aperture radar
(SAR) images and nautical radar image sequences are studied. This is possible by the …

In recent years, new remote sensing techniques have been developed to measure two-
dimensional (2-D) sea surface elevation fields. The availability of these data has led to the …

In recent years a number of remote sensing techniques capable to provide two‐dimensional
information of the sea surface have been applied to describe sea states. This information is …

This work analyses wave groupiness features in the three-dimensional spatio-temporal
domain by using sea surface information acquired by common X-band marine radars. The …

Within the last years a considerable number of large ships have been lost due to severe sea
state conditions. The cause of accidents are in many cases believed to be rogue waves …

An efficient computational framework far the extraction of mesoscale features, ie, internal
waves, present in synthetic aperture radar (SAR) images is discussed. The manifestation of …

Oceanographers and remote sensing researchers have long recognized the potential of
using satellite imagery for studying oceanic internal waves. Radars are able to image …

The objective of this paper is the identification of areas of extreme wave events, in which
rogue waves of exceptional height and shape do occur. These extreme waves are …

The Synthetic Aperture Radars (SARs) on ERS and RADARSAT are sensitive to changes in
the small‐scale surface roughness present on the ocean surface, which is altered by the …

A new framework is presented for an automated approach to identify possible internal wave
packets in synthetic aperture radar (SAR) images as a means to infer primary information …